Can DHMSCare monitor HVAC air handlers and purified-water pumps in a pharma plant?
Yes. DHMSCare monitors the fans, motors and pumps inside HVAC air handlers and purified-water systems, and already monitors chillers and pumps at a pharmaceutical plant. An air handler is the unit that moves and conditions air for the production rooms.
A purified-water system feeds clean water to the process through its own pumps.
Why these utilities deserve attention
Air handlers and water systems run in the background, so nobody watches them closely. When a fan bearing or a pump fails, rooms can lose air flow or the process can lose water, and production can stop even though the main machines are fine.
Fans, motors and pumps are rotating machines. Their faults show up first as a change in vibration and temperature.
What DHMSCare looks at
A wireless sensor on the fan or pump bearing housing measures three-axis vibration and surface temperature. Two common faults are imbalance, where vibration at running speed rises, and misalignment, where vibration at once or twice running speed grows, often along the shaft.
Mina, the industrial AI agent, turns each change into plain words: what is likely wrong and what to inspect first.
What to expect on site
Installation needs no downtime, and each sensor pairs with a phone tap. The DT310 carries an IP69 rating against dust and high-pressure water.
In the pharmaceutical case, the plant reported early warnings of bearing faults, such as outer-race wear, 4–72 hours ahead.
Next step
DHMSCare gives each air handler and purified-water pump its own baseline and lets Mina conclude, so utility faults surface early and production is caught off guard less often.
The pharmaceutical industry page lists the full equipment set. Compare sensor models on the products page, and read the pharmaceutical case.
Questions buyers also ask
Can one gateway cover a whole utility floor?
Often it can. Each gateway connects as many as 60 sensors, and sensors usually reach it from 60–80 m inside a plant. Where the signal is weak, a DR100 repeater passes it on.
Do we need a vibration specialist to read the results?
No. Mina turns each alert into a short, plain note on the fault and what to check and repair, so your utilities team can act without an in-house vibration engineer.
How many sensors does an air handler need?
Plans start from one sensor per machine, placed near the bearing seat. Where a motor drives a separate fan, plan one sensor for each measuring point.